title: 180dpi Swine Infarct Zone 6

description:
180dpi_InfarctZone_SusScrofa_6
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
180dpi_InfarctZone_SusScrofa_6.fastq.gz


title: Healthy Swine Model 1

status: Public on Sep 29 2020

type: SRA

city: New York

first: Silvia

middle: C

last: Hernandez

state: New York

address: 1300 Morris park avenue

department: Medicine- Cardiology

country: USA

institute: Albert Einstein College of Medicine

description:
Healthy_SusScrofa_1
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
Healthy_SusScrofa_1.fastq.gz

library_source: transcriptomic

data_processing:
bcl2fastq was used to demultiplex .bcl files and retrieve fastq files according to the sample barcodes.
Fastq files were aligned to the corresponding genome (mm10, GRCh38, Sscrofa 11.1) using STAR (v 2.6.1).
Gene level quantification was performed using Rsubread and ensembl transcriptomes (GRCm38.91, Sscrofa11.1.93, and GRCh38.92).
Normalization, processing and differential expression analyses were performed using DEseq2.
Genome_build: Mouse mm10 (GRCm38), Human GRCh38, Pig Sscrofa 11.1
Supplementary_files_format_and_content: *_Counts.txt: Files with raw counts after gene level quantification.

molecule: total RNA

organism: Sus scrofa

source_name: Cardiac Tissue

growth_protocol: Primary cell isolates from reporter mice.

extract_protocol:
Mouse cardiac interstitial cells (CIC) were obtained by enzymatic digestion. Erythrocytes were removed using RBC lysis buffer. A positive selection of CIC, enriched in Cardiac fibroblasts, was performed using LS columns and Feeder Removal MicroBeads (Miltenyi) according to the manufacturer’s instructions.
Bulk RNA-seq was performed following MARS-seq adapted for bulk RNA-seq with minor modifications. Briefly, poly-A RNA was extracted with Dynabeads Oligo dT (Ambion) and reverse-transcribed with AffinityScript Multiple Temperature Reverse Transcriptase (Agilent) using poly-dT oligos (IDT) carrying a 7-bp index. Up to 8 samples with similar overall RNA content were pooled together and subjected to linear amplification via IVT using HiScribe T7 High Yield RNA Synthesis Kit (New England Biolabs (NEB)). The resulting antisense RNA was fragmented into 250-350 bps fragments with RNA Fragmentation Reagents (Ambion) and dephosphorylated with 1U FastAP (Thermo Scientific) for 15 min at 37 °C. Partial Illumina adaptor sequences were ligated with T4 RNA Ligase 1 (NEB) followed by a second reverse transcription. Full Illumina adaptor sequences and a secondary barcode were added during library amplification with KAPA HiFi DNA Polymerase (Kapa Biosystems). Libraries were quantified using a Qubit 3.0 Fluorometer and their size profiles examined in Agilent’s 4200 TapeStation System. For Col1a1-GFP+ reporter mouse GFP+/CD31-/CD45- cardiac fibroblasts (CF), GFP-/CD31+/CD45- endothelial cells and GFP-/CD31-/CD45+ bone marrow-derived cells were FACS-sorted in Lysis/Binding Buffer (Ambion).

tag: condition

value: Healthy

tag: cell type

value: Cardiac cells

tag: other details

value: Healthy Swine Model


title: 8dpi Swine Remote Zone 2

description:
8dpi_RemoteZone_SusScrofa_2
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
8dpi_RemoteZone_SusScrofa_2.fastq.gz

value: Remote Zone


title: 180dpi Swine Remote Zone 2

description:
180dpi_RemoteZone_SusScrofa_2
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
180dpi_RemoteZone_SusScrofa_2.fastq.gz


title: Healthy Swine Model 2

description:
Healthy_SusScrofa_2
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
Healthy_SusScrofa_2.fastq.gz


title: Healthy Swine Model 3

description:
Healthy_SusScrofa_3
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
Healthy_SusScrofa_3.fastq.gz


title: lung_spf_01

status: Public on Sep 08 2020

city: New Haven

first: Andrés

last: Hidalgo

address: 10 Amistad Street

institute: Yale University

description:
sample obtained from a Specific Pathogen Free mouse
R21

data_processing:
Reads were processed using the CASAVA package (Illumina) to demultiplex reads according to adapter indexes and to produce fastq files
Fastq files were aligned to mm10 and cuantified using RSEM v1.3.1.
Counts at gene level were normalized using limma’s (v.3.39.19) voom
Genome_build: mm10
Supplementary_files_format_and_content: comma-delimited text file include CPM values for each Sample

organism: Mus musculus

source_name: lung

extract_protocol:
Blood and tissue neutrophils were FACS sorted using CD45, CD11b, Ly6G and DAPI labelling, with typical purities > 95%. RNA was extracted ussing the RNAeasy plus micro kit from QUIAGEN
cDNA amplification from neutrophil RNA and generation of index-tagged sequencing libraries were carried out using the Ovation Single Cell RNA-Seq System (NuGEN Technologies, San Carlos CA). Libraries were quantified using a Quant-iTTM dsDNA HS assay with the Q-bit fluorometer (Life Technologies, Carlsbad, California). Average library size and size distribution were determined using a High Sensitivity DNA assay in an Agilent 2100 Bioanalyzer (Agilent Technologies, Santa Clara CA). Libraries were normalized to 10nM using Tris-Cl 10mM, pH8.5 with 0.1% Tween 20. Libraries were applied to an Illumina flow cell for cluster generation (True Seq SR Cluster Kit V2 cBot) and 61 nt long, paired-end reads were generated on a Genome Analyzer IIx, using the TruSeq SBS Kit v5 (Illumina) and following the standard RNA sequencing protocol

value: Ly6G+ sorted neutrophils

tag: tissue

value: lung

tag: strain


title: lung_gf_04

description:
sample obtained from a Germ-Free mouse
R20


title: lung_gf_03

description:
sample obtained from a Germ-Free mouse
R19


title: spleen_gf_03

description:
sample obtained from a Germ-Free mouse
R11

source_name: spleen

value: spleen


title: lung_gf_02

description:
sample obtained from a Germ-Free mouse
R18


title: spleen_spf_02

description:
sample obtained from a Specific Pathogen Free mouse
R14


title: blood_gf_03

description:
sample obtained from a Germ-Free mouse
R03

source_name: blood

value: blood


title: lung_spf_02

description:
sample obtained from a Specific Pathogen Free mouse
R22


title: spleen_spf_01

description:
sample obtained from a Specific Pathogen Free mouse
R13


title: spleen_spf_04

description:
sample obtained from a Specific Pathogen Free mouse
R16


title: lung_spf_03

description:
sample obtained from a Specific Pathogen Free mouse
R23


title: 8dpi Swine Infarct Zone 1

description:
8dpi_InfarctZone_SusScrofa_1
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
8dpi_InfarctZone_SusScrofa_1.fastq.gz

value: Infarct Zone


title: blood_spf_04

description:
sample obtained from a Specific Pathogen Free mouse
R08


title: spleen_gf_01

description:
sample obtained from a Germ-Free mouse
R09


title: spleen_gf_04

description:
sample obtained from a Germ-Free mouse
R12


title: blood_spf_03

description:
sample obtained from a Specific Pathogen Free mouse
R07


title: blood_gf_02

description:
sample obtained from a Germ-Free mouse
R02


title: 180dpi Swine Remote Zone 3

description:
180dpi_RemoteZone_SusScrofa_3
3' RNA-seq
Total RNA was isolated using TRIzol reagent after mechanical homogenization with an Ultra-turrax according to manufacturer’s instructions. RNA concentration was quantified using a Qubit 3.0 Fluorometer and its quality was examined in Agilent’s 4200 TapeStation System.
processed data file: SusScrofa_Counts.txt
180dpi_RemoteZone_SusScrofa_3.fastq.gz


title: Intestine_rep3

source_name: Intestine

extract_protocol:
Blood and tissue neutrophils were FACS sorted using CD45, CD11b, Ly6G and DAPI labelling, with typical purities > 95%. RNA was extracted ussing the RNAeasy plus micro kit from QUIAGEN
cDNA amplification from neutrophil RNA and generation of index-tagged sequencing libraries were carried out using the Ovation Single Cell RNA-Seq System (NuGEN Technologies, San Carlos CA). Libraries were quantified using a Quant-iTTM dsDNA HS assay with the Q-bit fluorometer (Life Technologies, Carlsbad, California). Average library size and size distribution were determined using a High Sensitivity DNA assay in an Agilent 2100 Bioanalyzer (Agilent Technologies, Santa Clara CA). Libraries were normalized to 10nM using Tris-Cl 10mM, pH8.5 with 0.1% Tween 20. Libraries were applied to an Illumina flow cell for cluster generation (True Seq SR Cluster Kit V2 cBot) and 61 nt long, single-end reads were generated on a Genome Analyzer IIx, using the TruSeq SBS Kit v5 (Illumina) and following the standard RNA sequencing protocol

tag: age

value: adult (8-12 wo)

value: colon


title: Intestine_rep1


title: Intestine_rep2


title: BM_rep3

source_name: BM

value: bone marrow


title: Blood_rep3

source_name: Blood


title: BM_rep2


title: Blood_rep1


title: Blood_rep2


title: Skin_rep3

source_name: Skin

value: ear


title: Skin_rep2


title: Lung_rep2

source_name: Lung


title: Spleen_rep2

source_name: Spleen


title: Skin_rep1


title: Spleen_rep1


title: Lung_rep3


title: Lung_rep1


title: Spleen_rep3


title: CTRL001 input H3K27me3

status: Public on Sep 05 2020

city: Milan

first: Chiara

last: Lanzuolo

address: Via Francesco Sforza 35

country: Italy

institute: CNR and Istituto Nazionale Genetica Molecolare

library_source: genomic

data_processing:
Reads were aligned to the hg38-noalt reference human genome available in the bcbio-nextgen pipeline, using bwa aln (version 0.7.12) with options -n 2 -k 2 and saved the results in sam format with bwa samse.
The sam files were converted to bam and name sorted with samtools (version 1.3.1). We marked PCR duplicates using the biobambam2 toolset (version 2.0.54). We discarded reads mapping to non-autosomal chromosomes, PCR duplicates, qcfail, multimapping and unmapped reads with samtools.
We calculated the genome wide IP - input signal for all samples, using the SPP package (version 1.15.4). We imported bam files into the R (version 3.3.1) statistical environment, and selected informative reads with the get.binding.characteristics and select.informative.tags functions, removed anomalous positions with extremely high number of reads using the remove.local.tag.anomalies function, and calculated the differential signal, smoothed by a Gaussian kernel, using the get.smoothed.tag.density function with the default bandwidth and tag.shift parameters.
We called H3K27me3 ChIP-seq peaks with the get.broad.enrichment.clusters function of SPP on the preprocessed data with window.size = 2000 and z.thr = 3, tag.shift = ((cross correlation peak position) / 2) parameters.
Genome build: hg38-noalt
Supplementary_files_format_and_content: bed: H3K27me3 peak coordinates for a specific sample. bigWig: genome wide IP - input signal for a specific sample, smoothed by a Gaussian kernel.

molecule: genomic DNA

organism: Homo sapiens

source_name: skin fibroblast

growth_protocol: Primary fibroblast cell lines were cultured in DMEM High glucose with glutamax supplemented with 15% FBS and 1% Pen/Strep.

extract_protocol:
Cells were cross-linked with 1% HCHO for 12 minutes at room temperature, lysed and chromatin sheared using Covaris M220 focused-ultrasonicator. IP were performed overnight on a wheel at 4° with 2 micrograms of H3K27me3 antibody (07-449, Millipore). The following day, antibody-chromatin immunocomplexes were loaded onto Dynal G magnetic beads (Invitrogen 10004D); the bound complexes were washed once in Low Salt Solution (0,1% SDS, 2mM EDTA, 1% Triton X-100, 20mM Tris pH 8, 150 mM NaCl), once in High Salt Solution (0,1% SDS, 2mM EDTA, 1% Triton X-100, 20mM Tris pH 8, 500 mM NaCl), once again in Low Salt Solution and once in Tris/EDTA 50 mM NaCl. Crosslinking was reversed at 65°C overnight in Elution Buffer (50 mM Tris pH 8, 10 mM EDTA, 1% SDS). DNA purified by standard phenol/chloroform extraction, precipitated and resuspended in 30 μl of 10 mM Tris pH 8. ChIP efficiency was tested by qPCR reactions, performed in triplicate (precipitated DNA samples as well as input DNA) using QuantiTect SYBR Green master mix (Qiagen) on a StepOnePlus™ Real-Time PCR System (Applied Biosystems). Relative enrichment was calculated as ChIP / Input ratio.
Libraries for sequencing were created using NEBNext Ultra II DNA Library Prep Kit (NEB), then qualitatively and quantitatively checked using Agilent High Sensitivity DNA Kit (Agilent Technologies, 5067-4627) on a Bioanalyzer 2100 (Agilent Technologies). Libraries with distinct adapter indexes were multiplexed and, after cluster generation on FlowCell, were sequenced for 50bp in the single read mode on a HiSeq 2000 sequencer (Illumina).

value: patient derived skin fibroblast

tag: passage

tag: chip antibody


title: CTRL002 input H3K27me3


title: BM_rep1


title: B550

status: Public on Aug 11 2020

type: RNA

city: Stirling

first: James

last: Timmons

address: Bridge of Allan

country: United Kingdom

institute: Augur Precision Medicine LTD

description:
In vivo human muscle
Re-analysis of GSM2793409

hyb_protocol: 5 μg of fragmented, end–labelled sense strand target cDNA was hybridized to each array and scanned using a Gene Chip Scanner 30007G

scan_protocol: standard protocol

data_processing: Custom CDF process as described in Timmons et al Nucleic Acid Research 2018. https://academic.oup.com/nar/article/46/15/7772/5050628

label: biotin

source_name: vastus lateralis

label_protocol: The RNA was processed to single-stranded sense fragmented DNA using the GeneChip® WT PLUS Reagent Kit which relies on a reverse transcription priming strategy that primes both poly-A and non-poly-A RNA

growth_protocol: Human in vivo studies

extract_protocol: Snap_frozen muscle tissue, RNA was isolated using a tissuelyser and TRizol® (Life Technologies) and dissolved in 20 μl RNAse-free water.

treatment_protocol: Various - See https://doi.org/10.1016/j.celrep.2020.107980

value: vastus lateralis

tag: training status

value: PRE

tag: age group

value: young adult


title: B313

description:
In vivo human muscle
Re-analysis of GSM2793336

value: POST


title: A305

description:
In vivo human muscle
Re-analysis of GSM2793163


title: C402

description:
In vivo human muscle
Re-analysis of GSM2793540


title: C543

description:
In vivo human muscle
Re-analysis of GSM2793592


title: B163

description:
In vivo human muscle
Re-analysis of GSM2793296


title: A5

description:
In vivo human muscle
Re-analysis of GSM2793077


title: C504

description:
In vivo human muscle
Re-analysis of GSM2793571


title: C378

description:
In vivo human muscle
Re-analysis of GSM2793532


title: C54

description:
In vivo human muscle
Re-analysis of GSM2793444


title: B19

description:
In vivo human muscle
Re-analysis of GSM2793261


title: B85

description:
In vivo human muscle
Re-analysis of GSM2793276


title: A68

description:
In vivo human muscle
Re-analysis of GSM2793096


title: C237

description:
In vivo human muscle
Re-analysis of GSM2793493


title: C81

description:
In vivo human muscle
Re-analysis of GSM2793451


title: C297

description:
In vivo human muscle
Re-analysis of GSM2793510


title: B103

description:
In vivo human muscle
Re-analysis of GSM2793279


title: A11

description:
In vivo human muscle
Re-analysis of GSM2793079


title: C51

description:
In vivo human muscle
Re-analysis of GSM2793443


title: B106

description:
In vivo human muscle
Re-analysis of GSM2793280


title: A194

description:
In vivo human muscle
Re-analysis of GSM2793131


title: A395

description:
In vivo human muscle
Re-analysis of GSM2793190


title: C126

description:
In vivo human muscle
Re-analysis of GSM2793463


title: C576

description:
In vivo human muscle
Re-analysis of GSM2793614


title: A107

description:
In vivo human muscle
Re-analysis of GSM2793107


title: A530

description:
In vivo human muscle
Re-analysis of GSM2793232


title: C27

description:
In vivo human muscle
Re-analysis of GSM2793435


title: C549

description:
In vivo human muscle
Re-analysis of GSM2793597


title: C510

description:
In vivo human muscle
Re-analysis of GSM2793573


title: A353

description:
In vivo human muscle
Re-analysis of GSM2793177


title: A485

description:
In vivo human muscle
Re-analysis of GSM2793219


title: C561

description:
In vivo human muscle
Re-analysis of GSM2793609


title: B547

description:
In vivo human muscle
Re-analysis of GSM2793408


title: B499

description:
In vivo human muscle
Re-analysis of GSM2793393


title: C459

description:
In vivo human muscle
Re-analysis of GSM2793557


title: B361

description:
In vivo human muscle
Re-analysis of GSM2793351


title: C486

description:
In vivo human muscle
Re-analysis of GSM2793566


title: B325

description:
In vivo human muscle
Re-analysis of GSM2793340


title: C282

description:
In vivo human muscle
Re-analysis of GSM2793505


title: C573

description:
In vivo human muscle
Re-analysis of GSM2793613

value: middle aged adult


title: B574

description:
In vivo human muscle
Re-analysis of GSM2793417


title: B466

description:
In vivo human muscle
Re-analysis of GSM2793383


title: A146

description:
In vivo human muscle
Re-analysis of GSM2793117


title: A551

description:
In vivo human muscle
Re-analysis of GSM2793239


title: C546

description:
In vivo human muscle
Re-analysis of GSM2793595


title: A98

description:
In vivo human muscle
Re-analysis of GSM2793105


title: A548

description:
In vivo human muscle
Re-analysis of GSM2793238


title: C30

description:
In vivo human muscle
Re-analysis of GSM2793436


title: B196

description:
In vivo human muscle
Re-analysis of GSM2793306


title: A500

description:
In vivo human muscle
Re-analysis of GSM2793224


title: A92

description:
In vivo human muscle
Re-analysis of GSM2793103


title: A347

description:
In vivo human muscle
Re-analysis of GSM2793175


title: C15

description:
In vivo human muscle
Re-analysis of GSM2793431


title: B376

description:
In vivo human muscle
Re-analysis of GSM2793356


title: A536

description:
In vivo human muscle
Re-analysis of GSM2793234


title: A299

description:
In vivo human muscle
Re-analysis of GSM2793161


title: A503

description:
In vivo human muscle
Re-analysis of GSM2793225


title: C540

description:
In vivo human muscle
Re-analysis of GSM2793590


title: A587

description:
In vivo human muscle
Re-analysis of GSM2793250


title: B220

description:
In vivo human muscle
Re-analysis of GSM2793311


title: C375

description:
In vivo human muscle
Re-analysis of GSM2793531


title: C558

description:
In vivo human muscle
Re-analysis of GSM2793606


title: C534

description:
In vivo human muscle
Re-analysis of GSM2793585


title: A590

description:
In vivo human muscle
Re-analysis of GSM2793251


title: A524

description:
In vivo human muscle
Re-analysis of GSM2793230


title: A584

description:
In vivo human muscle
Re-analysis of GSM2793249


title: C195

description:
In vivo human muscle
Re-analysis of GSM2793481


title: B274

description:
In vivo human muscle
Re-analysis of GSM2793324


title: A566

description:
In vivo human muscle
Re-analysis of GSM2793243


title: A164

description:
In vivo human muscle
Re-analysis of GSM2793122


title: B424

description:
In vivo human muscle
Re-analysis of GSM2793370


title: C582

description:
In vivo human muscle
Re-analysis of GSM2793616


title: C600

description:
In vivo human muscle
Re-analysis of GSM2793622


title: B193

description:
In vivo human muscle
Re-analysis of GSM2793305


title: B565

description:
In vivo human muscle
Re-analysis of GSM2793414


title: C570

description:
In vivo human muscle
Re-analysis of GSM2793612


title: B136

description:
In vivo human muscle
Re-analysis of GSM2793289


title: B166

description:
In vivo human muscle
Re-analysis of GSM2793297


title: B589

description:
In vivo human muscle
Re-analysis of GSM2793422


title: B31

description:
In vivo human muscle
Re-analysis of GSM2793264


title: C528

description:
In vivo human muscle
Re-analysis of GSM2793579


title: B595

description:
In vivo human muscle
Re-analysis of GSM2793424


title: B538

description:
In vivo human muscle
Re-analysis of GSM2793405


title: A203

description:
In vivo human muscle
Re-analysis of GSM2793134


title: C120

description:
In vivo human muscle
Re-analysis of GSM2793461


title: C117

description:
In vivo human muscle
Re-analysis of GSM2793460


title: C321

description:
In vivo human muscle
Re-analysis of GSM2793515


title: B127

description:
In vivo human muscle
Re-analysis of GSM2793286


title: C57

description:
In vivo human muscle
Re-analysis of GSM2793445


title: A53

description:
In vivo human muscle
Re-analysis of GSM2793091


title: C39

description:
In vivo human muscle
Re-analysis of GSM2793439


title: B130

description:
In vivo human muscle
Re-analysis of GSM2793287


title: A143

description:
In vivo human muscle
Re-analysis of GSM2793116


title: C222

description:
In vivo human muscle
Re-analysis of GSM2793489


title: A176

description:
In vivo human muscle
Re-analysis of GSM2793125


title: B586

description:
In vivo human muscle
Re-analysis of GSM2793421


title: B298

description:
In vivo human muscle
Re-analysis of GSM2793332


title: A137

description:
In vivo human muscle
Re-analysis of GSM2793114


title: A239

description:
In vivo human muscle
Re-analysis of GSM2793146


title: A326

description:
In vivo human muscle
Re-analysis of GSM2793170


title: B7

description:
In vivo human muscle
Re-analysis of GSM2793258


title: B559

description:
In vivo human muscle
Re-analysis of GSM2793412


title: C354

description:
In vivo human muscle
Re-analysis of GSM2793525


title: A455

description:
In vivo human muscle
Re-analysis of GSM2793210


title: A140

description:
In vivo human muscle
Re-analysis of GSM2793115


title: B43

description:
In vivo human muscle
Re-analysis of GSM2793267


title: C99

description:
In vivo human muscle
Re-analysis of GSM2793456


title: A116

description:
In vivo human muscle
Re-analysis of GSM2793109


title: B244

description:
In vivo human muscle
Re-analysis of GSM2793316


title: B175

description:
In vivo human muscle
Re-analysis of GSM2793299


title: A494

description:
In vivo human muscle
Re-analysis of GSM2793222


title: A287

description:
In vivo human muscle
Re-analysis of GSM2793159


title: C9

description:
In vivo human muscle
Re-analysis of GSM2793429


title: C498

description:
In vivo human muscle
Re-analysis of GSM2793569


title: A377

description:
In vivo human muscle
Re-analysis of GSM2793184


title: C168

description:
In vivo human muscle
Re-analysis of GSM2793474


title: C102

description:
In vivo human muscle
Re-analysis of GSM2793457


title: C6

description:
In vivo human muscle
Re-analysis of GSM2793428


title: C78

description:
In vivo human muscle
Re-analysis of GSM2793450


title: A8

description:
In vivo human muscle
Re-analysis of GSM2793078


title: B295

description:
In vivo human muscle
Re-analysis of GSM2793331


title: B181

description:
In vivo human muscle
Re-analysis of GSM2793301


title: C141

description:
In vivo human muscle
Re-analysis of GSM2793466


title: HYPAT9C

description: In vivo human muscle


title: B190

description:
In vivo human muscle
Re-analysis of GSM2793304


title: A275

description:
In vivo human muscle
Re-analysis of GSM2793157


title: C330

description:
In vivo human muscle
Re-analysis of GSM2793518


title: HYPAT7C

description: In vivo human muscle


title: HYPAT6C

description: In vivo human muscle


title: HYPAT8C

description: In vivo human muscle


title: HYPAT4C

description: In vivo human muscle


title: HYPAT2C

description: In vivo human muscle


title: HYPAT1C

description: In vivo human muscle


title: C543

description:
In vivo human muscle
Re-analysis of GSM2793592


title: HYPAT14C

description: In vivo human muscle


title: B550

description:
In vivo human muscle
Re-analysis of GSM2793409


title: B103

description:
In vivo human muscle
Re-analysis of GSM2793279


title: C54

description:
In vivo human muscle
Re-analysis of GSM2793444


title: A305

description:
In vivo human muscle
Re-analysis of GSM2793163


title: C297

description:
In vivo human muscle
Re-analysis of GSM2793510


title: C504

description:
In vivo human muscle
Re-analysis of GSM2793571


title: C237

description:
In vivo human muscle
Re-analysis of GSM2793493


title: HYPAT13C

description: In vivo human muscle


title: HYPAT11C

description: In vivo human muscle


title: C126

description:
In vivo human muscle
Re-analysis of GSM2793463


title: C402

description:
In vivo human muscle
Re-analysis of GSM2793540


title: HYPAT12C

description: In vivo human muscle


title: A5

description:
In vivo human muscle
Re-analysis of GSM2793077


title: B163

description:
In vivo human muscle
Re-analysis of GSM2793296


title: B106

description:
In vivo human muscle
Re-analysis of GSM2793280


title: C27

description:
In vivo human muscle
Re-analysis of GSM2793435


title: B19

description:
In vivo human muscle
Re-analysis of GSM2793261


title: B313

description:
In vivo human muscle
Re-analysis of GSM2793336


title: C81

description:
In vivo human muscle
Re-analysis of GSM2793451


title: A194

description:
In vivo human muscle
Re-analysis of GSM2793131


title: C51

description:
In vivo human muscle
Re-analysis of GSM2793443


title: HYPAT10C

description: In vivo human muscle


title: A107

description:
In vivo human muscle
Re-analysis of GSM2793107


title: A11

description:
In vivo human muscle
Re-analysis of GSM2793079


title: C549

description:
In vivo human muscle
Re-analysis of GSM2793597


title: B85

description:
In vivo human muscle
Re-analysis of GSM2793276


title: C378

description:
In vivo human muscle
Re-analysis of GSM2793532


title: A68

description:
In vivo human muscle
Re-analysis of GSM2793096


title: C510

description:
In vivo human muscle
Re-analysis of GSM2793573


title: B466

description:
In vivo human muscle
Re-analysis of GSM2793383


title: A530

description:
In vivo human muscle
Re-analysis of GSM2793232


title: C486

description:
In vivo human muscle
Re-analysis of GSM2793566


title: B325

description:
In vivo human muscle
Re-analysis of GSM2793340


title: A395

description:
In vivo human muscle
Re-analysis of GSM2793190


title: C576

description:
In vivo human muscle
Re-analysis of GSM2793614


title: B574

description:
In vivo human muscle
Re-analysis of GSM2793417


title: A485

description:
In vivo human muscle
Re-analysis of GSM2793219


title: C375

description:
In vivo human muscle
Re-analysis of GSM2793531


title: C282

description:
In vivo human muscle
Re-analysis of GSM2793505


title: B499

description:
In vivo human muscle
Re-analysis of GSM2793393


title: A500

description:
In vivo human muscle
Re-analysis of GSM2793224


title: A353

description:
In vivo human muscle
Re-analysis of GSM2793177


title: B547

description:
In vivo human muscle
Re-analysis of GSM2793408


title: C504

description:
In vivo human muscle
Re-analysis of GSM2793571


title: C30

description:
In vivo human muscle
Re-analysis of GSM2793436


title: A551

description:
In vivo human muscle
Re-analysis of GSM2793239


title: B376

description:
In vivo human muscle
Re-analysis of GSM2793356


title: B361

description:
In vivo human muscle
Re-analysis of GSM2793351


title: C561

description:
In vivo human muscle
Re-analysis of GSM2793609


title: C459

description:
In vivo human muscle
Re-analysis of GSM2793557


title: A146

description:
In vivo human muscle
Re-analysis of GSM2793117


title: B196

description:
In vivo human muscle
Re-analysis of GSM2793306


title: A299

description:
In vivo human muscle
Re-analysis of GSM2793161


title: A98

description:
In vivo human muscle
Re-analysis of GSM2793105


title: A548

description:
In vivo human muscle
Re-analysis of GSM2793238


title: C54

description:
In vivo human muscle
Re-analysis of GSM2793444


title: C546

description:
In vivo human muscle
Re-analysis of GSM2793595


title: B103

description:
In vivo human muscle
Re-analysis of GSM2793279


title: A536

description:
In vivo human muscle
Re-analysis of GSM2793234


title: B313

description:
In vivo human muscle
Re-analysis of GSM2793336


title: B19

description:
In vivo human muscle
Re-analysis of GSM2793261


title: C534

description:
In vivo human muscle
Re-analysis of GSM2793585


title: C543

description:
In vivo human muscle
Re-analysis of GSM2793592


title: C402

description:
In vivo human muscle
Re-analysis of GSM2793540


title: C540

description:
In vivo human muscle
Re-analysis of GSM2793590


title: A587

description:
In vivo human muscle
Re-analysis of GSM2793250


title: C27

description:
In vivo human muscle
Re-analysis of GSM2793435


title: C15

description:
In vivo human muscle
Re-analysis of GSM2793431


title: B106

description:
In vivo human muscle
Re-analysis of GSM2793280


title: C237

description:
In vivo human muscle
Re-analysis of GSM2793493


title: B550

description:
In vivo human muscle
Re-analysis of GSM2793409


title: C297

description:
In vivo human muscle
Re-analysis of GSM2793510


title: A305

description:
In vivo human muscle
Re-analysis of GSM2793163


title: A5

description:
In vivo human muscle
Re-analysis of GSM2793077


title: B163

description:
In vivo human muscle
Re-analysis of GSM2793296


title: C126

description:
In vivo human muscle
Re-analysis of GSM2793463


title: C573

description:
In vivo human muscle
Re-analysis of GSM2793613


title: A194

description:
In vivo human muscle
Re-analysis of GSM2793131


title: C549

description:
In vivo human muscle
Re-analysis of GSM2793597


title: C558

description:
In vivo human muscle
Re-analysis of GSM2793606


title: A107

description:
In vivo human muscle
Re-analysis of GSM2793107


title: C81

description:
In vivo human muscle
Re-analysis of GSM2793451


title: A92

description:
In vivo human muscle
Re-analysis of GSM2793103


title: C51

description:
In vivo human muscle
Re-analysis of GSM2793443


title: B586

description:
In vivo human muscle
Re-analysis of GSM2793421


title: A347

description:
In vivo human muscle
Re-analysis of GSM2793175


title: A503

description:
In vivo human muscle
Re-analysis of GSM2793225


title: C378

description:
In vivo human muscle
Re-analysis of GSM2793532


title: C510

description:
In vivo human muscle
Re-analysis of GSM2793573


title: A353

description:
In vivo human muscle
Re-analysis of GSM2793177


title: B220

description:
In vivo human muscle
Re-analysis of GSM2793311


title: B565

description:
In vivo human muscle
Re-analysis of GSM2793414


title: A11

description:
In vivo human muscle
Re-analysis of GSM2793079


title: B589

description:
In vivo human muscle
Re-analysis of GSM2793422


title: B85

description:
In vivo human muscle
Re-analysis of GSM2793276


title: A590

description:
In vivo human muscle
Re-analysis of GSM2793251


title: C570

description:
In vivo human muscle
Re-analysis of GSM2793612


title: B361

description:
In vivo human muscle
Re-analysis of GSM2793351


title: A485

description:
In vivo human muscle
Re-analysis of GSM2793219


title: A395

description:
In vivo human muscle
Re-analysis of GSM2793190


title: B325

description:
In vivo human muscle
Re-analysis of GSM2793340


title: C576

description:
In vivo human muscle
Re-analysis of GSM2793614


title: A530

description:
In vivo human muscle
Re-analysis of GSM2793232


title: A68

description:
In vivo human muscle
Re-analysis of GSM2793096


title: C582

description:
In vivo human muscle
Re-analysis of GSM2793616


title: B193

description:
In vivo human muscle
Re-analysis of GSM2793305


title: A584

description:
In vivo human muscle
Re-analysis of GSM2793249


title: A524

description:
In vivo human muscle
Re-analysis of GSM2793230


title: B466

description:
In vivo human muscle
Re-analysis of GSM2793383


title: A566

description:
In vivo human muscle
Re-analysis of GSM2793243


title: A551

description:
In vivo human muscle
Re-analysis of GSM2793239


title: B274

description:
In vivo human muscle
Re-analysis of GSM2793324


title: A500

description:
In vivo human muscle
Re-analysis of GSM2793224


title: B595

description:
In vivo human muscle
Re-analysis of GSM2793424


title: B166

description:
In vivo human muscle
Re-analysis of GSM2793297


title: B31

description:
In vivo human muscle
Re-analysis of GSM2793264


title: C561

description:
In vivo human muscle
Re-analysis of GSM2793609


title: B547

description:
In vivo human muscle
Re-analysis of GSM2793408


title: C117

description:
In vivo human muscle
Re-analysis of GSM2793460


title: A203

description:
In vivo human muscle
Re-analysis of GSM2793134


title: C528

description:
In vivo human muscle
Re-analysis of GSM2793579


title: B424

description:
In vivo human muscle
Re-analysis of GSM2793370


title: C195

description:
In vivo human muscle
Re-analysis of GSM2793481


title: C282

description:
In vivo human muscle
Re-analysis of GSM2793505


title: B499

description:
In vivo human muscle
Re-analysis of GSM2793393


title: C486

description:
In vivo human muscle
Re-analysis of GSM2793566


title: C600

description:
In vivo human muscle
Re-analysis of GSM2793622


title: C57

description:
In vivo human muscle
Re-analysis of GSM2793445


title: C321

description:
In vivo human muscle
Re-analysis of GSM2793515


title: B574

description:
In vivo human muscle
Re-analysis of GSM2793417


title: B538

description:
In vivo human muscle
Re-analysis of GSM2793405


title: B127

description:
In vivo human muscle
Re-analysis of GSM2793286


title: A53

description:
In vivo human muscle
Re-analysis of GSM2793091


title: A548

description:
In vivo human muscle
Re-analysis of GSM2793238


title: C120

description:
In vivo human muscle
Re-analysis of GSM2793461


title: C534

description:
In vivo human muscle
Re-analysis of GSM2793585


title: C459

description:
In vivo human muscle
Re-analysis of GSM2793557


title: C39

description:
In vivo human muscle
Re-analysis of GSM2793439


title: C30

description:
In vivo human muscle
Re-analysis of GSM2793436


title: B196

description:
In vivo human muscle
Re-analysis of GSM2793306


title: A536

description:
In vivo human muscle
Re-analysis of GSM2793234


title: C222

description:
In vivo human muscle
Re-analysis of GSM2793489


title: A98

description:
In vivo human muscle
Re-analysis of GSM2793105


title: A164

description:
In vivo human muscle
Re-analysis of GSM2793122


title: A146

description:
In vivo human muscle
Re-analysis of GSM2793117


title: A176

description:
In vivo human muscle
Re-analysis of GSM2793125


title: B376

description:
In vivo human muscle
Re-analysis of GSM2793356


title: C573

description:
In vivo human muscle
Re-analysis of GSM2793613


title: B136

description:
In vivo human muscle
Re-analysis of GSM2793289


title: A92

description:
In vivo human muscle
Re-analysis of GSM2793103


title: C15

description:
In vivo human muscle
Re-analysis of GSM2793431


title: B559

description:
In vivo human muscle
Re-analysis of GSM2793412


title: C498

description:
In vivo human muscle
Re-analysis of GSM2793569


title: C558

description:
In vivo human muscle
Re-analysis of GSM2793606


title: B244

description:
In vivo human muscle
Re-analysis of GSM2793316


title: A239

description:
In vivo human muscle
Re-analysis of GSM2793146


title: B586

description:
In vivo human muscle
Re-analysis of GSM2793421


title: A287

description:
In vivo human muscle
Re-analysis of GSM2793159


title: C375

description:
In vivo human muscle
Re-analysis of GSM2793531


title: A584

description:
In vivo human muscle
Re-analysis of GSM2793249


title: B130

description:
In vivo human muscle
Re-analysis of GSM2793287


title: C540

description:
In vivo human muscle
Re-analysis of GSM2793590


title: A299

description:
In vivo human muscle
Re-analysis of GSM2793161


title: A143

description:
In vivo human muscle
Re-analysis of GSM2793116


title: A524

description:
In vivo human muscle
Re-analysis of GSM2793230


title: C546

description:
In vivo human muscle
Re-analysis of GSM2793595


title: B298

description:
In vivo human muscle
Re-analysis of GSM2793332


title: A347

description:
In vivo human muscle
Re-analysis of GSM2793175


title: A137

description:
In vivo human muscle
Re-analysis of GSM2793114


title: B220

description:
In vivo human muscle
Re-analysis of GSM2793311


title: A326

description:
In vivo human muscle
Re-analysis of GSM2793170


title: A503

description:
In vivo human muscle
Re-analysis of GSM2793225


title: B181

description:
In vivo human muscle
Re-analysis of GSM2793301


title: A590

description:
In vivo human muscle
Re-analysis of GSM2793251


title: B589

description:
In vivo human muscle
Re-analysis of GSM2793422


title: A455

description:
In vivo human muscle
Re-analysis of GSM2793210


title: C9

description:
In vivo human muscle
Re-analysis of GSM2793429


title: B175

description:
In vivo human muscle
Re-analysis of GSM2793299


title: B274

description:
In vivo human muscle
Re-analysis of GSM2793324


title: A377

description:
In vivo human muscle
Re-analysis of GSM2793184


title: A566

description:
In vivo human muscle
Re-analysis of GSM2793243


title: C6

description:
In vivo human muscle
Re-analysis of GSM2793428


title: A8

description:
In vivo human muscle
Re-analysis of GSM2793078


title: B595

description:
In vivo human muscle
Re-analysis of GSM2793424


title: B190

description:
In vivo human muscle
Re-analysis of GSM2793304


title: C354

description:
In vivo human muscle
Re-analysis of GSM2793525


title: C570

description:
In vivo human muscle
Re-analysis of GSM2793612


title: B565

description:
In vivo human muscle
Re-analysis of GSM2793414


title: B43

description:
In vivo human muscle
Re-analysis of GSM2793267


title: B193

description:
In vivo human muscle
Re-analysis of GSM2793305


title: B424

description:
In vivo human muscle
Re-analysis of GSM2793370


title: C528

description:
In vivo human muscle
Re-analysis of GSM2793579


title: A116

description:
In vivo human muscle
Re-analysis of GSM2793109


title: B7

description:
In vivo human muscle
Re-analysis of GSM2793258


title: C582

description:
In vivo human muscle
Re-analysis of GSM2793616


title: C99

description:
In vivo human muscle
Re-analysis of GSM2793456


title: C321

description:
In vivo human muscle
Re-analysis of GSM2793515


title: C168

description:
In vivo human muscle
Re-analysis of GSM2793474


title: C195

description:
In vivo human muscle
Re-analysis of GSM2793481


title: A494

description:
In vivo human muscle
Re-analysis of GSM2793222


title: A275

description:
In vivo human muscle
Re-analysis of GSM2793157


title: C600

description:
In vivo human muscle
Re-analysis of GSM2793622


title: B166

description:
In vivo human muscle
Re-analysis of GSM2793297


title: C39

description:
In vivo human muscle
Re-analysis of GSM2793439


title: C117

description:
In vivo human muscle
Re-analysis of GSM2793460


title: B538

description:
In vivo human muscle
Re-analysis of GSM2793405


title: C102

description:
In vivo human muscle
Re-analysis of GSM2793457


title: C330

description:
In vivo human muscle
Re-analysis of GSM2793518


title: B31

description:
In vivo human muscle
Re-analysis of GSM2793264


title: A140

description:
In vivo human muscle
Re-analysis of GSM2793115


title: C141

description:
In vivo human muscle
Re-analysis of GSM2793466


title: C78

description:
In vivo human muscle
Re-analysis of GSM2793450


title: B136

description:
In vivo human muscle
Re-analysis of GSM2793289


title: S8A_SWOLL

description: In vivo human muscle


title: A203

description:
In vivo human muscle
Re-analysis of GSM2793134


title: C57

description:
In vivo human muscle
Re-analysis of GSM2793445


title: B127

description:
In vivo human muscle
Re-analysis of GSM2793286


title: A164

description:
In vivo human muscle
Re-analysis of GSM2793122


title: S7B_SWOLL

description: In vivo human muscle


title: B295

description:
In vivo human muscle
Re-analysis of GSM2793331


title: A143

description:
In vivo human muscle
Re-analysis of GSM2793116


title: S9A_SWOLL

description: In vivo human muscle


title: S9B_SWOLL

description: In vivo human muscle


title: S59A_2_SWOLL

description: In vivo human muscle


title: B130

description:
In vivo human muscle
Re-analysis of GSM2793287


title: S58B_2_SWOLL

description: In vivo human muscle


title: S59B_2_SWOLL

description: In vivo human muscle


title: S7A_SWOLL

description: In vivo human muscle


title: A53

description:
In vivo human muscle
Re-analysis of GSM2793091


title: S57B_2_SWOLL

description: In vivo human muscle


title: S8B_SWOLL

description: In vivo human muscle


title: C120

description:
In vivo human muscle
Re-analysis of GSM2793461


title: A137

description:
In vivo human muscle
Re-analysis of GSM2793114


title: S52B_2_SWOLL

description: In vivo human muscle


title: C222

description:
In vivo human muscle
Re-analysis of GSM2793489


title: S58A_2_SWOLL

description: In vivo human muscle


title: C498

description:
In vivo human muscle
Re-analysis of GSM2793569


title: B175

description:
In vivo human muscle
Re-analysis of GSM2793299


title: B244

description:
In vivo human muscle
Re-analysis of GSM2793316


title: A587

description:
In vivo human muscle
Re-analysis of GSM2793250


title: B298

description:
In vivo human muscle
Re-analysis of GSM2793332


title: S57A_2_SWOLL

description: In vivo human muscle


title: B181

description:
In vivo human muscle
Re-analysis of GSM2793301


title: S51B_2_SWOLL

description: In vivo human muscle


title: C354

description:
In vivo human muscle
Re-analysis of GSM2793525


title: B559

description:
In vivo human muscle
Re-analysis of GSM2793412


title: S52A_2_SWOLL

description: In vivo human muscle


title: A455

description:
In vivo human muscle
Re-analysis of GSM2793210


title: S50B_SWOLL

description: In vivo human muscle


title: S51A_2_SWOLL

description: In vivo human muscle


title: A239

description:
In vivo human muscle
Re-analysis of GSM2793146


title: S49A_SWOLL

description: In vivo human muscle


title: S50A_SWOLL

description: In vivo human muscle


title: S48A_SWOLL

description: In vivo human muscle


title: A377

description:
In vivo human muscle
Re-analysis of GSM2793184


title: A326

description:
In vivo human muscle
Re-analysis of GSM2793170


title: S4A_SWOLL

description: In vivo human muscle


title: S4B_SWOLL

description: In vivo human muscle


title: A287

description:
In vivo human muscle
Re-analysis of GSM2793159


title: S48B_SWOLL

description: In vivo human muscle


title: C168

description:
In vivo human muscle
Re-analysis of GSM2793474


title: B43

description:
In vivo human muscle
Re-analysis of GSM2793267


title: B190

description:
In vivo human muscle
Re-analysis of GSM2793304


title: A176

description:
In vivo human muscle
Re-analysis of GSM2793125


title: S47B_SWOLL

description: In vivo human muscle


title: S45B_SWOLL

description: In vivo human muscle


title: S49B_SWOLL

description: In vivo human muscle


title: A275

description:
In vivo human muscle
Re-analysis of GSM2793157


title: C102

description:
In vivo human muscle
Re-analysis of GSM2793457


title: S45A_SWOLL

description: In vivo human muscle


title: S47A_SWOLL

description: In vivo human muscle


title: C9

description:
In vivo human muscle
Re-analysis of GSM2793429


title: B7

description:
In vivo human muscle
Re-analysis of GSM2793258


title: C6

description:
In vivo human muscle
Re-analysis of GSM2793428


title: A494

description:
In vivo human muscle
Re-analysis of GSM2793222


title: S38B_SWOLL

description: In vivo human muscle


title: S40A_SWOLL

description: In vivo human muscle


title: S41A_SWOLL

description: In vivo human muscle


title: S43B_SWOLL

description: In vivo human muscle


title: C330

description:
In vivo human muscle
Re-analysis of GSM2793518


title: C78

description:
In vivo human muscle
Re-analysis of GSM2793450


title: S35A_SWOLL

description: In vivo human muscle


title: A8

description:
In vivo human muscle
Re-analysis of GSM2793078


title: C141

description:
In vivo human muscle
Re-analysis of GSM2793466


title: A116

description:
In vivo human muscle
Re-analysis of GSM2793109


title: S38A_SWOLL

description: In vivo human muscle


title: S40B_SWOLL

description: In vivo human muscle


title: S39A_SWOLL

description: In vivo human muscle


title: S35B_SWOLL

description: In vivo human muscle


title: S41B_SWOLL

description: In vivo human muscle


title: A140

description:
In vivo human muscle
Re-analysis of GSM2793115


title: S43A_SWOLL

description: In vivo human muscle


title: C99

description:
In vivo human muscle
Re-analysis of GSM2793456


title: S39B_SWOLL

description: In vivo human muscle


title: B295

description:
In vivo human muscle
Re-analysis of GSM2793331


title: S9B_SWOLL

description: In vivo human muscle


title: S33B_SWOLL

description: In vivo human muscle


title: S8B_SWOLL

description: In vivo human muscle


title: S9A_SWOLL

description: In vivo human muscle


title: S59B_2_SWOLL

description: In vivo human muscle


title: S7B_SWOLL

description: In vivo human muscle


title: S28B_SWOLL

description: In vivo human muscle


title: S33A_SWOLL

description: In vivo human muscle


title: S23A_2_SWOLL

description: In vivo human muscle


title: S58A_2_SWOLL

description: In vivo human muscle


title: S31A_SWOLL

description: In vivo human muscle


title: S7A_SWOLL

description: In vivo human muscle


title: S8A_SWOLL

description: In vivo human muscle


title: S2A_SWOLL

description: In vivo human muscle


title: S52B_2_SWOLL

description: In vivo human muscle


title: S22B_SWOLL

description: In vivo human muscle


title: S32A_SWOLL

description: In vivo human muscle


title: S2B_SWOLL

description: In vivo human muscle


title: S22A_SWOLL

description: In vivo human muscle


title: S58B_2_SWOLL

description: In vivo human muscle


title: S51A_2_SWOLL

description: In vivo human muscle


title: S52A_2_SWOLL

description: In vivo human muscle


title: S57A_2_SWOLL

description: In vivo human muscle


title: S32B_SWOLL

description: In vivo human muscle


title: S51B_2_SWOLL

description: In vivo human muscle


title: S59A_2_SWOLL

description: In vivo human muscle


title: S28A_SWOLL

description: In vivo human muscle


title: S23B_SWOLL

description: In vivo human muscle


title: S31B_SWOLL

description: In vivo human muscle


title: S19A_SWOLL

description: In vivo human muscle


title: S57B_2_SWOLL

description: In vivo human muscle


title: S19B_SWOLL

description: In vivo human muscle


title: S50B_SWOLL

description: In vivo human muscle


title: S18A_SWOLL

description: In vivo human muscle


title: S18B_SWOLL

description: In vivo human muscle


title: S17A_SWOLL

description: In vivo human muscle


title: S50A_SWOLL

description: In vivo human muscle


title: S49A_SWOLL

description: In vivo human muscle


title: S48B_SWOLL

description: In vivo human muscle


title: S49B_SWOLL

description: In vivo human muscle


title: S48A_SWOLL

description: In vivo human muscle


title: S16A_SWOLL

description: In vivo human muscle


title: S16B_SWOLL

description: In vivo human muscle


title: S10B_SWOLL

description: In vivo human muscle


title: S4A_SWOLL

description: In vivo human muscle


title: S47B_SWOLL

description: In vivo human muscle


title: S43A_SWOLL

description: In vivo human muscle


title: S13A_2_SWOLL

description: In vivo human muscle


title: HYPAT9B

description: In vivo human muscle


title: S43B_SWOLL

description: In vivo human muscle


title: S13B_2_SWOLL

description: In vivo human muscle


title: S47A_SWOLL

description: In vivo human muscle


title: S45B_SWOLL

description: In vivo human muscle


title: S45A_SWOLL

description: In vivo human muscle


title: HYPAT9C

description: In vivo human muscle


title: S4B_SWOLL

description: In vivo human muscle


title: S10A_SWOLL

description: In vivo human muscle


title: A584_post

description: In vivo human muscle


title: S41B_SWOLL

description: In vivo human muscle


title: HYPAT8A

description: In vivo human muscle


title: HYPAT8B

description: In vivo human muscle


title: S39B_SWOLL

description: In vivo human muscle


title: C459_post

description: In vivo human muscle


title: S38A_SWOLL

description: In vivo human muscle


title: HYPAT7A

description: In vivo human muscle


title: S41A_SWOLL

description: In vivo human muscle


title: HYPAT6A

description: In vivo human muscle


title: S38B_SWOLL

description: In vivo human muscle


title: HYPAT7C

description: In vivo human muscle


title: HYPAT8C

description: In vivo human muscle


title: HYPAT6C

description: In vivo human muscle


title: HYPAT4C

description: In vivo human muscle


title: HYPAT6B

description: In vivo human muscle


title: S33A_SWOLL

description: In vivo human muscle


title: S35B_SWOLL

description: In vivo human muscle


title: S35A_SWOLL

description: In vivo human muscle


title: S40A_SWOLL

description: In vivo human muscle


title: HYPAT4B

description: In vivo human muscle


title: S32B_SWOLL

description: In vivo human muscle


title: S40B_SWOLL

description: In vivo human muscle


title: HYPAT9A

description: In vivo human muscle


title: S33B_SWOLL

description: In vivo human muscle


title: HYPAT7B

description: In vivo human muscle


title: HYPAT4A

description: In vivo human muscle


title: HYPAT2C

description: In vivo human muscle


title: S39A_SWOLL

description: In vivo human muscle


title: HYPAT2B

description: In vivo human muscle


title: S32A_SWOLL

description: In vivo human muscle


title: HYPAT2A

description: In vivo human muscle


title: HYPAT1C

description: In vivo human muscle


title: S17b_SWOLL

description: In vivo human muscle


title: S2B_SWOLL

description: In vivo human muscle


title: S31B_SWOLL

description: In vivo human muscle


title: S2A_SWOLL

description: In vivo human muscle


title: HYPAT1B

description: In vivo human muscle


title: S23B_SWOLL

description: In vivo human muscle


title: HYPAT13C

description: In vivo human muscle


title: HYPAT14B

description: In vivo human muscle


title: HYPAT14A

description: In vivo human muscle


title: HYPAT14C

description: In vivo human muscle


title: S28A_SWOLL

description: In vivo human muscle


title: HYPAT1A

description: In vivo human muscle


title: HYPAT13B

description: In vivo human muscle


title: S22B_SWOLL

description: In vivo human muscle


title: S19B_SWOLL

description: In vivo human muscle


title: S18B_SWOLL

description: In vivo human muscle


title: HYPAT12C

description: In vivo human muscle


title: S18A_SWOLL

description: In vivo human muscle


title: S28B_SWOLL

description: In vivo human muscle


title: S22A_SWOLL

description: In vivo human muscle


title: HYPAT13A

description: In vivo human muscle


title: HYPAT12A

description: In vivo human muscle


title: S31A_SWOLL

description: In vivo human muscle


title: S19A_SWOLL

description: In vivo human muscle


title: S23A_2_SWOLL

description: In vivo human muscle


title: HYPAT12B

description: In vivo human muscle


title: HYPAT11C

description: In vivo human muscle


title: S16B_SWOLL

description: In vivo human muscle


title: S17A_SWOLL

description: In vivo human muscle


title: HYPAT11B

description: In vivo human muscle


title: HYPAT11A

description: In vivo human muscle


title: HYPAT10C

description: In vivo human muscle


title: S16A_SWOLL

description: In vivo human muscle


title: S17b_SWOLL

description: In vivo human muscle


title: HYPAT8C

description: In vivo human muscle


title: S10B_SWOLL

description: In vivo human muscle


title: S13A_2_SWOLL

description: In vivo human muscle


title: HYPAT8A

description: In vivo human muscle


title: S10A_SWOLL

description: In vivo human muscle


title: HYPAT10A

description: In vivo human muscle


title: HYPAT9A

description: In vivo human muscle


title: HYPAT9B

description: In vivo human muscle


title: HYPAT7C

description: In vivo human muscle


title: HYPAT7B

description: In vivo human muscle


title: HYPAT9C

description: In vivo human muscle


title: HYPAT6B

description: In vivo human muscle


title: S13B_2_SWOLL

description: In vivo human muscle


title: C459_post

description: In vivo human muscle


title: HYPAT6C

description: In vivo human muscle


title: HYPAT4A

description: In vivo human muscle


title: HYPAT6A

description: In vivo human muscle


title: HYPAT2C

description: In vivo human muscle


title: A584_post

description: In vivo human muscle


title: HYPAT4C

description: In vivo human muscle


title: HYPAT2A

description: In vivo human muscle


title: HYPAT8B

description: In vivo human muscle


title: HYPAT10B

description: In vivo human muscle


title: HYPAT14B

description: In vivo human muscle


title: HYPAT1A

description: In vivo human muscle


title: HYPAT7A

description: In vivo human muscle


title: 12dpa

status: Public on Feb 24 2020

city: Boston

first: Jessica

middle: A

last: Lehoczky

state: MA

address: 60 Fenwood Rd.

department: Orthopedic Surgery

institute: Brigham and Women's Hospital

data_processing:
Base-calling and raw read files generated with Illumina platform
10x Genomics Cell Ranger software v3.0.2 was used to convert raw BCL files to FASTQ files, align read to mouse mm10 transcriptome, filter low quality cells, and count barcodes and unique molecular identifiers (UMIs)
Genome_build: mm10

molecule: polyA RNA

source_name: digit tip

extract_protocol:
Tissue was manually dissected followed by trypsin and collagenase I enzymatic digestion. Ref blood cells were lysed with ACK lysis buffer. Dissocaited single cells were washed, filtered and resuspended in 0.4% BSA in PBS and adjusted to concentration of 1000 cells/uL for single cell RNAseq library construction.
All samples used the 10x Chromium transcriptomics platform (10x Genomics) implemented by the Brigham and Women's Hospital Single Cell Genomics Core. The 12dpa library was made with the 10x Chromium Single Cell 3' v2 chemistry, and all other libraries (11dpa, 14dpa, 17dpa, and unamputated) were made with the 10x Chromium Single Cell 3' v3 chemistry as per manufacturer's protocol.

value: FVB/NJ

tag: genotype

value: wildtype

tag: Sex

value: Male

value: 6 weeks old

value: digit tip


title: 17dpa


title: 14dpa


title: HYPAT14C

description: In vivo human muscle


title: HYPAT12A

description: In vivo human muscle


title: HYPAT14A

description: In vivo human muscle


title: Unamputated


title: HYPAT12B

description: In vivo human muscle


title: HYPAT4B

description: In vivo human muscle


title: LIV33

status: Public on Jan 30 2020

description:
Liver from ZT21 WT mice
normalized_tpm.csv/normalized_counts.csv

data_processing:
Fastq files containing reads for each library were extracted and demultiplexed using Casava v1.8.2 pipeline.
Sequencing adaptor contaminations were removed from reads using cutadapt.
Preprocessed reads were mapped and quantified on the transcriptome using RSEM v1.2.20
Genome_build: Ensembl genebuild 84 (mouse assembly GRCm38).
Supplementary_files_format_and_content: normalized_counts.csv contains ENSEMBL gene Ids and normalized expected counts.

source_name: Liver

growth_protocol: Mice were kept under normal 12h/12h light dark cycles. Mice were males at 8 to 9 weeks of age at date of sacrifice.

extract_protocol:
Whole RNA was obtained subsequently using mechanical disruption (Polytron PT 6100; Kinematica) and chloroform extraction and cleaned up using silica-based spin columns (Qiagen) according to manufacturer instructions
cDNA was prepared using NEBNext Ultra RNA Library preparation kit (New England Biolabs). Libraries were sequenced with HiSeq2500 (Illumina).

treatment_protocol: Whole intact livers were harvested at zeitgeber times (ZT)1, ZT5, ZT9, ZT13 ZT17 and ZT21, for all mice and snap-frozen in 1 ml of TRIzol each.

value: Liver

value: WT

tag: zeitgeber time


title: LIV32


title: 11dpa


title: HYPAT13A

description: In vivo human muscle


title: HYPAT12C

description: In vivo human muscle


title: HYPAT11C

description: In vivo human muscle


title: HYPAT13C

description: In vivo human muscle


title: LIV31


title: HYPAT11B

description: In vivo human muscle


title: HYPAT10B

description: In vivo human muscle


title: HYPAT10A

description: In vivo human muscle


title: HYPAT13B

description: In vivo human muscle


title: HYPAT10C

description: In vivo human muscle


title: HYPAT11A

description: In vivo human muscle


title: LIV27

description:
Liver from ZT17 WT mice
normalized_tpm.csv/normalized_counts.csv


title: LIV21

description:
Liver from ZT13 WT mice
normalized_tpm.csv/normalized_counts.csv


title: LIV26


title: LIV25


title: LIV20


title: LIV19


title: HYPAT2B

description: In vivo human muscle


title: LIV02

description:
Liver from ZT01 WT mice
normalized_tpm.csv/normalized_counts.csv


title: LIV03


title: LIV08

description:
Liver from ZT05 WT mice
normalized_tpm.csv/normalized_counts.csv


title: LIV07


title: LIV14

description:
Liver from ZT09 WT mice
normalized_tpm.csv/normalized_counts.csv


title: LIV01


title: LIV09


title: LIV15


title: LIV13


title: In vitro human myotubes [T17]

status: Public on Aug 01 2019

description: 1513 4h Fed+Rap 1

hyb_protocol: standard protocol Arrays were washed, stained and scanned following Affymetrix standard procedures.

scan_protocol: standard protocol Affymetrix Gene Chip Scanner

data_processing:
Custom CDF process as described in Timmons et al Nucleic Acid Research 2018. https://academic.oup.com/nar/article/46/15/7772/5050628
probe group file: Custom CDF process as described in Timmons et al Nucleic Acid Research 2018. https://academic.oup.com/nar/article/46/15/7772/5050628
meta-probeset file: Custom CDF process as described in Timmons et al Nucleic Acid Research 2018. https://academic.oup.com/nar/article/46/15/7772/5050628
The data was analyzed with a transcript level custom CDF. The normalised using RMA.

source_name: vastus lateralis primary culture

label_protocol:
standard protocol
Ambions WT expression kit to produce cDNA. The cDNA was fragmented and labeled with GeneChip WT Terminal labeling kit (Affymetrix). The hybridization of cDNA to exon array was 16h at 45 degrees. The arrays were washed in Affymetrix FS450 wash stations

growth_protocol:
Human primary skeletal muscle cells were isolated from muscle biopsies from healthy adults as previously described (Crossland et al. 2016; Crossland et al. 2017). Myogenic cell enrichment used magnetic-activated cell sorting (MACS) and anti-CD56 microbeads (130-050-401; Miltenyi Biotec). Myogenic purity was assessed through measurement of fractional desmin positivity (Crossland et al. 2016; Crossland et al. 2017). Cells were washed in PBS and fixed in ice-cold 1:1 acetone/methanol, before being blocked in 5% (v/v) goat serum for 30 min at room temperature. Cells were subsequently incubated with rabbit anti-desmin monoclonal antibody (ab32362; Abcam) for 1h at room temperature, washed, and incubated with anti-rabbit TRITC-conjugated secondary antibody as previously detailed (Crossland et al. 2016; Crossland et al. 2017). Finally, cells were washed in PBS and mounted/DAPI-stained using FluoroshieldTM mounting medium with DAPI. Myoblasts at passage 5-6 were cultured on Collagen Type I-coated 6-well dishes in Dulbecco’s Modified Eagle Medium/Nutrient Mixture F-12 (DMEM/F-12; Life Technologies) containing 20% (v/v) fetal bovine serum (FBS, Sigma-Aldrich), 1% (v/v) antibiotic-antimycotic (AbAm) solution and 4mM L-glutamine (Life Technologies). Cells were maintained at 37oC with 5% CO2.
n/a

extract_protocol:
standard protocol
Total RNA was isolated by TRIzol (Invitrogen) according to the manufacturers protocol. RNA was dissolved in 20ul of RNAse-free water and quantified using a Nanodrop 2000 (NanoDrop technologies).

treatment_protocol:
Once cells reached ~95% confluency, differentiation was induced by switching the medium to DMEM/F-12 containing 2% (v/v) horse serum (Sigma-Aldrich), 4mM L-glutamine and 1% (v/v) AbAm solution (Life Technologies). Six days following the initiation of differentiation, a media change was carried out, using differentiation media supplemented with long R3 IGF-1 (10 ng/ml; Sigma-Aldrich), with or without 100 nM rapamycin (Sigma-Aldrich). DMSO (final concentration 0.01% (v/v)) was used as a vehicle control for rapamycin. Samples were collected at 0h baseline and following 4h and 24h treatment.
n/a

value: skeletal muscle

tag: group

tag: time point

tag: agent

value: Fed+Rap


title: In vitro human myotubes [T24]

description: 1513 24h Fed+Rap 2


title: In vitro human myotubes [T15]

description: 1513 4h Fed 1

value: Fed


title: In vitro human myotubes [T16]

description: 1513 4h Fed 2


title: In vitro human myotubes [T28]

description: 1513 4h Fed 4


title: In vitro human myotubes [T33]

description: 1513 24h Fed 3


title: In vitro human myotubes [T23]

description: 1513 24h Fed+Rap 1


title: In vitro human myotubes [T13]

description: 1513 Baseline 1

value: 1513 Baseline


title: In vitro human myotubes [T18]

description: 1513 4h Fed+Rap 2


title: In vitro human myotubes [T38]

description: 1354 Baseline 4

value: 1354 Baseline


title: In vitro human myotubes [T27]

description: 1513 4h Fed 3


title: In vitro human myotubes [T35]

description: 1513 24h Fed+Rap 3


title: In vitro human myotubes [T34]

description: 1513 24h Fed 4


title: In vitro human myotubes [T2]

description: 1354 Baseline 2


title: In vitro human myotubes [T30]

description: 1513 4h Fed+Rap 4


title: In vitro human myotubes [T6]

description: 1354 4h Fed+Rap 2


title: In vitro human myotubes [T5]

description: 1354 4h Fed+Rap 1


title: In vitro human myotubes [T14]

description: 1513 Baseline 2


title: In vitro human myotubes [T26]

description: 1513 Baseline 4


title: In vitro human myotubes [T36]

description: 1513 24h Fed+Rap 4


title: In vitro human myotubes [T25]

description: 1513 Baseline 3


title: In vitro human myotubes [T21]

description: 1513 24h Fed 1


title: In vitro human myotubes [T37]

description: 1354 Baseline 3


title: In vitro human myotubes [T1]

description: 1354 Baseline 1


title: In vitro human myotubes [T29]

description: 1513 4h Fed+Rap 3


title: In vitro human myotubes [T42]

description: 1354 4h Fed+Rap 4


title: In vitro human myotubes [T41]

description: 1354 4h Fed+Rap 3


title: In vitro human myotubes [T22]

description: 1513 24h Fed 2


title: Mertk-KO 2

status: Public on Oct 27 2018

data_processing:
Fastq files containing reads for each library were extracted and demultiplexed using Casava v1.8.2 pipeline.
Sequencing adaptor contaminations were removed from reads using cutadapt.
Preprocessed reads were mapped and quantified on the transcriptome using RSEM v1.2.20 and kallisto v0.43.1.
Genome_build: Ensembl genebuild 84 (mouse assembly GRCm38).
Supplementary_files_format_and_content: matrix_normalized_tpm.csv and normalized_counts.csv files contain ENSEMBL gene Ids and Normalized transcripts per million for each sample (kallisto) and ENSEMBL Ids and normalized expected counts (RSEM), respectively.

source_name: Heart extracted from Mertk-KO mice

growth_protocol: SPF-kept mice. All donors were male  8-12 weeks of age.

extract_protocol:
Samples were amplified with the Ovation Single Cell kit (NuGen).
cDNA was prepared using the standard Ilumina TrueSeq RNAseq library preparation kit.

treatment_protocol:
CD169-DTR and WT mice were treated with Dihpteria Toxin thrice/week during 3 weeks. Each Diphteria Toxin injection was 0.01µg DT/g body weight. In CD169-DTR, Diphteria Toxin administration causes depletion of cardiac macrophages and WT were treated as control.
Freshly extracted hearts were frozen in liquid nitrogen. Trizol and standard RNA extraction procedures were performed afterwards.

value: Heart

value: Mertk-KO

value: male

value: 8-12 weeks


title: LxRαβ DKO 1

source_name: Heart extracted from LxRαβ DKO mice

value: LxRalpha_beta DKO


title: Mertk-KO 1


title: LxRαβ DKO 2


title: WT 1

source_name: Heart extracted from WT mice


title: LxRαβ DKO 3


title: WT 3


title: WT 2


title: cTMs Depleted 1

source_name: Heart extracted from CD169-DTR mice depleted of macrophages for 21 days


title: cTMs Depleted 3


title: cTMs Depleted 2


title: In vitro human myotubes [T40]

description: 1354 4h Fed 4


title: PM DT 1

status: Public on Sep 28 2018

description:
Lung from PM (ZT16) neutrophil-depleted mice (Diphtheria toxin)
all_batches_normalized_counts.csv

data_processing:
Fastq files containing reads for each library were extracted and demultiplexed using Casava v1.8.2 pipeline.
Sequencing adaptor contaminations were removed from reads using cutadapt.
Preprocessed reads were mapped and quantified on the transcriptome using RSEM v1.2.20 and kallisto v0.43.1.
Genome_build: Ensembl genebuild 84 (mouse assembly GRCm38).
Supplementary_files_format_and_content: matrix_normalized_tpm.csv, normalized_counts.csv and files contain ENSEMBL gene Ids and Normalized transcripts per million for each sample (kallisto) and ENSEMBL Ids and normalized expected counts (RSEM), respectively. all_batches_normalized_counts.csv contains normalized expected counts (RSEM) for the two antibody batches and the dtr batch.

growth_protocol: AM mice were kept under normal 12h/12h light dark cycles, whereas PM mice were kept in 12h inverted light-dark cabinets within SPF facility. All mice were males at 7 to 9 weeks of age at date of sacrifice.

treatment_protocol:
Mice were injected subcutaneously (neck skinfold) with either anti-Ly6G (Ab group) (3 µg/g mouse bodyweight), control IgG antibodies (Norm group) (3 µg/g mouse bodyweight), or DT (DT group) ((10 ng/g mouse bodyweight)), for two consecutive days.
On the third day, whole intact left lung lobes were harvested and perfused with PBS in the morning at the same time for all the groups (which corresponds to ZT04 and ZT16 respectively, for AM and PM mice) and snap-frozen. Trizol and standard RNA extraction and cleanup procedures were performed afterwards.

tag: batch

value: April 2018

value: Lung

tag: treatment

value: DT


title: PM DT 3


title: PM DT 2


title: In vitro human myotubes [T39]

description: 1354 4h Fed 3


title: AM DT 4

description:
Lung from AM (ZT04) neutrophil-depleted mice (Diphtheria toxin)
all_batches_normalized_counts.csv


title: In vitro human myotubes [T4]

description: 1354 4h Fed 2


title: In vitro human myotubes [T3]

description: 1354 4h Fed 1


title: In vitro human myotubes [T47]

description: 1354 24h Fed+Rap 3


title: In vitro human myotubes [T45]

description: 1354 24h Fed 3


title: In vitro human myotubes [T46]

description: 1354 24h Fed 4


title: In vitro human myotubes [T11]

description: 1354 24h Fed+Rap 1


title: HYPAT1C

description: In vivo human muscle

value: vastus lateralis

value: young adult


title: In vitro human myotubes [T12]

description: 1354 24h Fed+Rap 2


title: HYPAT1B

description: In vivo human muscle

value: POST


title: In vitro human myotubes [T9]

description: 1354 24h Fed 1


title: AM DT 2


title: In vitro human myotubes [T10]

description: 1354 24h Fed 2


title: PM Depleted 7

description: Lung from PM (ZT16) neutrophil-depleted mice

value: July

value: WT


title: PM Non-depleted 5

description: Lung from PM (ZT16) normal mice

value: CTL


title: AM DT 3


title: PM Non-depleted 7

description: Lung from PM (ZT16) normal mice


title: AM Non-depleted 7

description: Lung from AM (ZT04) normal mice


title: PM Depleted 6


title: PM Depleted 5


title: AM DT 1


title: In vitro human myotubes [T48]

description: 1354 24h Fed+Rap 4

value: skeletal muscle

value: Fed+Rap


title: PM Non-depleted 6

description: Lung from PM (ZT16) normal mice


title: PM Non-depleted 4

description: Lung from PM (ZT16) normal mice

value: September


title: AM Non-depleted 5

description: Lung from AM (ZT04) normal mice


title: AM Depleted 7

description: Lung from AM (ZT04) neutrophil depleted mice


title: PM Non-depleted 3

description: Lung from PM (ZT16) normal mice


title: PM Non-depleted 1

description: Lung from PM (ZT16) normal mice


title: AM Depleted 6


title: AM Depleted 5


title: AM Non-depleted 6

description: Lung from AM (ZT04) normal mice


title: PM Depleted 4


title: PM Depleted 3


title: PM Depleted 1


title: PM Depleted 2


title: PM Non-depleted 2

description: Lung from PM (ZT16) normal mice


title: AM Non-depleted 4

description: Lung from AM (ZT04) normal mice


title: AM Non-depleted 3

description: Lung from AM (ZT04) normal mice


title: AM Non-depleted 2

description: Lung from AM (ZT04) normal mice


title: AM Non-depleted 1

description: Lung from AM (ZT04) normal mice


title: AM Depleted 4

description: Lung from AM (ZT04) neutrophil-depleted mice


title: AM Depleted 3


title: AM Depleted 1


title: AM Depleted 2


title: In vivo human muscle [C483]

status: Public on Jul 31 2018

description: human skeletal muscle

hyb_protocol: Arrays were washed, stained and scanned following Affymetrix standard procedures.

scan_protocol: Affymetrix Gene Chip Scanner

data_processing: The data was analyzed with a transcript level custom CDF. The CDF file is available on the platform record. We have used aroma.affymetrix to normalise our data (RMA)

source_name: In vivo human muscle

label_protocol: Ambions WT expression kit to produce cDNA. The cDNA was fragmented and labeled with GeneChip WT Terminal labeling kit (Affymetrix). The hybridization of cDNA to exon array was 16h at 45 degrees. The arrays were washed in Affymetrix FS450 wash stations

extract_protocol: Total RNA was isolated by TRIzol (Invitrogen) according to the manufacturers protocol. RNA was dissolved in 20ul of RNAse-free water and quantified using a Nanodrop 2000 (NanoDrop technologies).

tag: developmental stage

value: older adult


title: In vivo human muscle [C489]

description: human skeletal muscle


title: In vivo human muscle [C471]

description: human skeletal muscle

value: middle aged adult


title: In vivo human muscle [C477]

description: human skeletal muscle


title: In vivo human muscle [C468]

description: human skeletal muscle


title: In vivo human muscle [C435]

description: human skeletal muscle


title: In vivo human muscle [C501]

description: human skeletal muscle


title: In vivo human muscle [C456]

description: human skeletal muscle


title: In vivo human muscle [C447]

description: human skeletal muscle


title: In vivo human muscle [C465]

description: human skeletal muscle


title: In vivo human muscle [C495]

description: human skeletal muscle


title: In vivo human muscle [C396]

description: human skeletal muscle


title: In vivo human muscle [C411]

description: human skeletal muscle


title: In vivo human muscle [C453]

description: human skeletal muscle


title: In vivo human muscle [C399]

description: human skeletal muscle


title: In vivo human muscle [C426]

description: human skeletal muscle


title: In vivo human muscle [C474]

description: human skeletal muscle


title: In vivo human muscle [C480]

description: human skeletal muscle


title: In vivo human muscle [C462]

description: human skeletal muscle


title: In vivo human muscle [C444]

description: human skeletal muscle


title: In vivo human muscle [C438]

description: human skeletal muscle


title: In vivo human muscle [C393]

description: human skeletal muscle


title: In vivo human muscle [C432]

description: human skeletal muscle


title: In vivo human muscle [C441]

description: human skeletal muscle


title: In vivo human muscle [C417]

description: human skeletal muscle


title: In vivo human muscle [C423]

description: human skeletal muscle


title: In vivo human muscle [C429]

description: human skeletal muscle


title: In vivo human muscle [C405]

description: human skeletal muscle


title: In vivo human muscle [C408]

description: human skeletal muscle


title: In vivo human muscle [C414]

description: human skeletal muscle


title: In vivo human muscle [C369]

description: human skeletal muscle


title: In vivo human muscle [C390]

description: human skeletal muscle


title: In vivo human muscle [C387]

description: human skeletal muscle


title: In vivo human muscle [C345]

description: human skeletal muscle


title: In vivo human muscle [C381]

description: human skeletal muscle


title: In vivo human muscle [C351]

description: human skeletal muscle


title: In vivo human muscle [C360]

description: human skeletal muscle


title: In vivo human muscle [C327]

description: human skeletal muscle


title: In vivo human muscle [C363]

description: human skeletal muscle


title: In vivo human muscle [C372]

description: human skeletal muscle


title: In vivo human muscle [C366]

description: human skeletal muscle


title: In vivo human muscle [C384]

description: human skeletal muscle


title: In vivo human muscle [C315]

description: human skeletal muscle


title: In vivo human muscle [C339]

description: human skeletal muscle


title: In vivo human muscle [C348]

description: human skeletal muscle


title: In vivo human muscle [C333]

description: human skeletal muscle


title: In vivo human muscle [C324]

description: human skeletal muscle


title: In vivo human muscle [C342]

description: human skeletal muscle


title: In vivo human muscle [C312]

description: human skeletal muscle


title: In vivo human muscle [C291]

description: human skeletal muscle


title: In vivo human muscle [C285]

description: human skeletal muscle


title: In vivo human muscle [C309]

description: human skeletal muscle


title: In vivo human muscle [C306]

description: human skeletal muscle


title: In vivo human muscle [C294]

description: human skeletal muscle


title: In vivo human muscle [C288]

description: human skeletal muscle


title: In vivo human muscle [C261]

description: human skeletal muscle


title: In vivo human muscle [C279]

description: human skeletal muscle


title: In vivo human muscle [C252]

description: human skeletal muscle


title: In vivo human muscle [C255]

description: human skeletal muscle


title: In vivo human muscle [C273]

description: human skeletal muscle


title: In vivo human muscle [C270]

description: human skeletal muscle


title: In vivo human muscle [C246]

description: human skeletal muscle


title: In vivo human muscle [C234]

description: human skeletal muscle


title: In vivo human muscle [C264]

description: human skeletal muscle


title: In vivo human muscle [C225]

description: human skeletal muscle


title: In vivo human muscle [C240]

description: human skeletal muscle


title: In vivo human muscle [C219]

description: human skeletal muscle


title: In vivo human muscle [C216]

description: human skeletal muscle


title: In vivo human muscle [C213]

description: human skeletal muscle


title: In vivo human muscle [C243]

description: human skeletal muscle


title: In vivo human muscle [C207]

description: human skeletal muscle


title: In vivo human muscle [C198]

description: human skeletal muscle


title: In vivo human muscle [C231]

description: human skeletal muscle


title: In vivo human muscle [C162]

description: human skeletal muscle


title: In vivo human muscle [C192]

description: human skeletal muscle


title: In vivo human muscle [C180]

description: human skeletal muscle


title: In vivo human muscle [C177]

description: human skeletal muscle


title: In vivo human muscle [C201]

description: human skeletal muscle


title: In vivo human muscle [C174]

description: human skeletal muscle


title: In vivo human muscle [C186]

description: human skeletal muscle


title: In vivo human muscle [C147]

description: human skeletal muscle


title: In vivo human muscle [C144]

description: human skeletal muscle


title: In vivo human muscle [C135]

description: human skeletal muscle


title: In vivo human muscle [C129]

description: human skeletal muscle


title: In vivo human muscle [C123]

description: human skeletal muscle


title: In vivo human muscle [C267]

description: human skeletal muscle


title: In vivo human muscle [C153]

description: human skeletal muscle


title: In vivo human muscle [C111]

description: human skeletal muscle


title: In vivo human muscle [C150]

description: human skeletal muscle


title: In vivo human muscle [C210]

description: human skeletal muscle


title: In vivo human muscle [C93]

description: human skeletal muscle


title: In vivo human muscle [C87]

description: human skeletal muscle


title: In vivo human muscle [C156]

description: human skeletal muscle


title: In vivo human muscle [C69]

description: human skeletal muscle


title: In vivo human muscle [C75]

description: human skeletal muscle


title: In vivo human muscle [C189]

description: human skeletal muscle


title: In vivo human muscle [C90]

description: human skeletal muscle


title: In vivo human muscle [C63]

description: human skeletal muscle


title: In vivo human muscle [C105]

description: human skeletal muscle


title: In vivo human muscle [C45]

description: human skeletal muscle


title: In vivo human muscle [C42]

description: human skeletal muscle


title: In vivo human muscle [C60]

description: human skeletal muscle


title: In vivo human muscle [C84]

description: human skeletal muscle


title: In vivo human muscle [C36]

description: human skeletal muscle


title: In vivo human muscle [C33]

description: human skeletal muscle


title: In vivo human muscle [C21]

description: human skeletal muscle


title: In vivo human muscle [C18]

description: human skeletal muscle


title: In vivo human muscle [C24]

description: human skeletal muscle


title: In vivo human muscle [C3]

description: human skeletal muscle


title: In vivo human muscle [B598]

description: human skeletal muscle


title: In vivo human muscle [C12]

description: human skeletal muscle


title: In vivo human muscle [B568]

description: human skeletal muscle


title: In vivo human muscle [B583]

description: human skeletal muscle


title: In vivo human muscle [B571]

description: human skeletal muscle


title: In vivo human muscle [B541]

description: human skeletal muscle


title: In vivo human muscle [B553]

description: human skeletal muscle


title: In vivo human muscle [B601]

description: human skeletal muscle


title: In vivo human muscle [B592]

description: human skeletal muscle


title: In vivo human muscle [B535]

description: human skeletal muscle


title: In vivo human muscle [B577]

description: human skeletal muscle


title: In vivo human muscle [B526]

description: human skeletal muscle


title: In vivo human muscle [B517]

description: human skeletal muscle


title: In vivo human muscle [B505]

description: human skeletal muscle


title: In vivo human muscle [B523]

description: human skeletal muscle


title: In vivo human muscle [B529]

description: human skeletal muscle


title: In vivo human muscle [B580]

description: human skeletal muscle


title: In vivo human muscle [B490]

description: human skeletal muscle


title: In vivo human muscle [B562]

description: human skeletal muscle


title: In vivo human muscle [B532]

description: human skeletal muscle


title: In vivo human muscle [B544]

description: human skeletal muscle


title: In vivo human muscle [B502]

description: human skeletal muscle


title: In vivo human muscle [B496]

description: human skeletal muscle


title: In vivo human muscle [B484]

description: human skeletal muscle


title: In vivo human muscle [B520]

description: human skeletal muscle


title: In vivo human muscle [B514]

description: human skeletal muscle


title: In vivo human muscle [B487]

description: human skeletal muscle


title: In vivo human muscle [B478]

description: human skeletal muscle


title: In vivo human muscle [B475]

description: human skeletal muscle


title: In vivo human muscle [B460]

description: human skeletal muscle


title: In vivo human muscle [B481]

description: human skeletal muscle


title: In vivo human muscle [B463]

description: human skeletal muscle


title: In vivo human muscle [B451]

description: human skeletal muscle


title: In vivo human muscle [B493]

description: human skeletal muscle


title: In vivo human muscle [B511]

description: human skeletal muscle


title: In vivo human muscle [B469]

description: human skeletal muscle


title: In vivo human muscle [B448]

description: human skeletal muscle


title: In vivo human muscle [B445]

description: human skeletal muscle


title: In vivo human muscle [B454]

description: human skeletal muscle


title: In vivo human muscle [B442]

description: human skeletal muscle


title: In vivo human muscle [B439]

description: human skeletal muscle


title: In vivo human muscle [B436]

description: human skeletal muscle


title: In vivo human muscle [B430]

description: human skeletal muscle


title: In vivo human muscle [B421]

description: human skeletal muscle


title: In vivo human muscle [B433]

description: human skeletal muscle


title: In vivo human muscle [B418]

description: human skeletal muscle


title: In vivo human muscle [B415]

description: human skeletal muscle


title: In vivo human muscle [B409]

description: human skeletal muscle


title: In vivo human muscle [B397]

description: human skeletal muscle


title: In vivo human muscle [B388]

description: human skeletal muscle


title: In vivo human muscle [B412]

description: human skeletal muscle


title: In vivo human muscle [B391]

description: human skeletal muscle


title: In vivo human muscle [B403]

description: human skeletal muscle


title: In vivo human muscle [B352]

description: human skeletal muscle


title: In vivo human muscle [B373]

description: human skeletal muscle


title: In vivo human muscle [B427]

description: human skeletal muscle


title: In vivo human muscle [B367]

description: human skeletal muscle


title: In vivo human muscle [B385]

description: human skeletal muscle


title: In vivo human muscle [B370]

description: human skeletal muscle


title: In vivo human muscle [B358]

description: human skeletal muscle


title: In vivo human muscle [B364]

description: human skeletal muscle


title: In vivo human muscle [B355]

description: human skeletal muscle


title: In vivo human muscle [B331]

description: human skeletal muscle


title: In vivo human muscle [B382]

description: human skeletal muscle


title: In vivo human muscle [B379]

description: human skeletal muscle


title: In vivo human muscle [B394]

description: human skeletal muscle


title: In vivo human muscle [B346]

description: human skeletal muscle


title: In vivo human muscle [B337]

description: human skeletal muscle


title: In vivo human muscle [B323]

description: human skeletal muscle

value: not available


title: In vivo human muscle [B340]

description: human skeletal muscle


title: In vivo human muscle [B349]

description: human skeletal muscle


title: In vivo human muscle [B334]

description: human skeletal muscle


title: In vivo human muscle [B292]

description: human skeletal muscle


title: In vivo human muscle [B316]

description: human skeletal muscle


title: In vivo human muscle [B289]

description: human skeletal muscle


title: In vivo human muscle [B310]

description: human skeletal muscle


title: In vivo human muscle [B301]

description: human skeletal muscle


title: In vivo human muscle [B286]

description: human skeletal muscle


title: In vivo human muscle [B343]

description: human skeletal muscle


title: In vivo human muscle [B304]

description: human skeletal muscle


title: In vivo human muscle [B283]

description: human skeletal muscle


title: In vivo human muscle [B319]

description: human skeletal muscle


title: In vivo human muscle [B277]

description: human skeletal muscle


title: In vivo human muscle [B262]

description: human skeletal muscle


title: In vivo human muscle [B259]

description: human skeletal muscle


title: In vivo human muscle [B256]

description: human skeletal muscle


title: In vivo human muscle [B253]

description: human skeletal muscle


title: In vivo human muscle [B280]

description: human skeletal muscle


title: In vivo human muscle [B247]

description: human skeletal muscle


title: In vivo human muscle [B172]

description: human skeletal muscle


title: In vivo human muscle [B268]

description: human skeletal muscle


title: In vivo human muscle [B238]

description: human skeletal muscle


title: In vivo human muscle [B214]

description: human skeletal muscle


title: In vivo human muscle [B139]

description: human skeletal muscle


title: In vivo human muscle [B205]

description: human skeletal muscle


title: In vivo human muscle [B241]

description: human skeletal muscle


title: In vivo human muscle [B133]

description: human skeletal muscle


title: In vivo human muscle [B184]

description: human skeletal muscle


title: In vivo human muscle [B151]

description: human skeletal muscle


title: In vivo human muscle [B148]

description: human skeletal muscle


title: In vivo human muscle [B142]

description: human skeletal muscle


title: In vivo human muscle [B160]

description: human skeletal muscle


title: In vivo human muscle [B250]

description: human skeletal muscle


title: In vivo human muscle [B223]

description: human skeletal muscle


title: In vivo human muscle [B145]

description: human skeletal muscle


title: In vivo human muscle [B178]

description: human skeletal muscle


title: In vivo human muscle [B121]

description: human skeletal muscle


title: In vivo human muscle [B118]

description: human skeletal muscle


title: In vivo human muscle [B97]

description: human skeletal muscle


title: In vivo human muscle [B112]

description: human skeletal muscle


title: In vivo human muscle [B229]

description: human skeletal muscle


title: In vivo human muscle [B211]

description: human skeletal muscle


title: In vivo human muscle [B115]

description: human skeletal muscle


title: In vivo human muscle [B91]

description: human skeletal muscle


title: In vivo human muscle [B82]

description: human skeletal muscle


title: In vivo human muscle [B109]

description: human skeletal muscle


title: In vivo human muscle [B73]

description: human skeletal muscle


title: In vivo human muscle [B67]

description: human skeletal muscle


title: In vivo human muscle [B61]

description: human skeletal muscle


title: In vivo human muscle [B46]

description: human skeletal muscle


title: In vivo human muscle [B52]

description: human skeletal muscle


title: In vivo human muscle [B55]

description: human skeletal muscle


title: In vivo human muscle [B13]

description: human skeletal muscle


title: In vivo human muscle [B49]

description: human skeletal muscle


title: In vivo human muscle [B37]

description: human skeletal muscle


title: In vivo human muscle [B34]

description: human skeletal muscle


title: In vivo human muscle [B10]

description: human skeletal muscle


title: In vivo human muscle [B4]

description: human skeletal muscle


title: In vivo human muscle [B1]

description: human skeletal muscle


title: In vivo human muscle [A596]

description: human skeletal muscle


title: In vivo human muscle [B28]

description: human skeletal muscle


title: In vivo human muscle [A602]

description: human skeletal muscle


title: In vivo human muscle [B22]

description: human skeletal muscle


title: In vivo human muscle [A581]

description: human skeletal muscle


title: In vivo human muscle [A545]

description: human skeletal muscle


title: In vivo human muscle [A578]

description: human skeletal muscle


title: In vivo human muscle [A542]

description: human skeletal muscle


title: In vivo human muscle [A599]

description: human skeletal muscle


title: In vivo human muscle [A533]

description: human skeletal muscle


title: In vivo human muscle [A563]

description: human skeletal muscle


title: In vivo human muscle [A572]

description: human skeletal muscle


title: In vivo human muscle [A569]

description: human skeletal muscle


title: In vivo human muscle [A593]

description: human skeletal muscle


title: In vivo human muscle [A539]

description: human skeletal muscle


title: In vivo human muscle [A560]

description: human skeletal muscle


title: In vivo human muscle [A512]

description: human skeletal muscle


title: In vivo human muscle [A518]

description: human skeletal muscle


title: In vivo human muscle [A521]

description: human skeletal muscle


title: In vivo human muscle [A575]

description: human skeletal muscle


title: In vivo human muscle [A497]

description: human skeletal muscle


title: In vivo human muscle [A479]

description: human skeletal muscle


title: In vivo human muscle [A557]

description: human skeletal muscle


title: In vivo human muscle [A476]

description: human skeletal muscle


title: In vivo human muscle [A482]

description: human skeletal muscle


title: In vivo human muscle [A467]

description: human skeletal muscle


title: In vivo human muscle [A491]

description: human skeletal muscle


title: In vivo human muscle [A449]

description: human skeletal muscle


title: In vivo human muscle [A473]

description: human skeletal muscle


title: In vivo human muscle [A440]

description: human skeletal muscle


title: In vivo human muscle [A443]

description: human skeletal muscle


title: In vivo human muscle [A434]

description: human skeletal muscle


title: In vivo human muscle [A464]

description: human skeletal muscle


title: In vivo human muscle [A458]

description: human skeletal muscle


title: In vivo human muscle [A461]

description: human skeletal muscle


title: In vivo human muscle [A425]

description: human skeletal muscle


title: In vivo human muscle [A419]

description: human skeletal muscle


title: In vivo human muscle [A431]

description: human skeletal muscle


title: In vivo human muscle [A452]

description: human skeletal muscle


title: In vivo human muscle [A428]

description: human skeletal muscle


title: In vivo human muscle [A416]

description: human skeletal muscle


title: In vivo human muscle [A410]

description: human skeletal muscle


title: In vivo human muscle [A407]

description: human skeletal muscle


title: In vivo human muscle [A404]

description: human skeletal muscle


title: In vivo human muscle [A413]

description: human skeletal muscle


title: In vivo human muscle [A392]

description: human skeletal muscle


title: In vivo human muscle [A422]

description: human skeletal muscle


title: In vivo human muscle [A398]

description: human skeletal muscle


title: In vivo human muscle [A401]

description: human skeletal muscle


title: In vivo human muscle [A527]

description: human skeletal muscle


title: In vivo human muscle [A389]

description: human skeletal muscle


title: In vivo human muscle [A386]

description: human skeletal muscle


title: In vivo human muscle [A383]

description: human skeletal muscle


title: In vivo human muscle [A380]

description: human skeletal muscle


title: In vivo human muscle [A374]

description: human skeletal muscle


title: In vivo human muscle [A488]

description: human skeletal muscle


title: In vivo human muscle [A371]

description: human skeletal muscle


title: In vivo human muscle [A362]

description: human skeletal muscle


title: In vivo human muscle [A329]

description: human skeletal muscle


title: In vivo human muscle [A356]

description: human skeletal muscle


title: In vivo human muscle [A368]

description: human skeletal muscle


title: In vivo human muscle [A323]

description: human skeletal muscle


title: In vivo human muscle [A317]

description: human skeletal muscle


title: In vivo human muscle [A332]

description: human skeletal muscle


title: In vivo human muscle [A509]

description: human skeletal muscle


title: In vivo human muscle [A335]

description: human skeletal muscle


title: In vivo human muscle [A320]

description: human skeletal muscle


title: In vivo human muscle [A311]

description: human skeletal muscle


title: In vivo human muscle [A314]

description: human skeletal muscle


title: In vivo human muscle [A266]

description: human skeletal muscle


title: In vivo human muscle [A260]

description: human skeletal muscle


title: In vivo human muscle [A359]

description: human skeletal muscle


title: In vivo human muscle [A272]

description: human skeletal muscle


title: In vivo human muscle [A446]

description: human skeletal muscle


title: In vivo human muscle [A344]

description: human skeletal muscle


title: In vivo human muscle [A350]

description: human skeletal muscle


title: In vivo human muscle [A308]

description: human skeletal muscle


title: In vivo human muscle [A281]

description: human skeletal muscle


title: In vivo human muscle [A296]

description: human skeletal muscle


title: In vivo human muscle [A302]

description: human skeletal muscle


title: In vivo human muscle [A251]

description: human skeletal muscle


title: In vivo human muscle [A254]

description: human skeletal muscle


title: In vivo human muscle [A263]

description: human skeletal muscle


title: In vivo human muscle [A257]

description: human skeletal muscle


title: In vivo human muscle [A248]

description: human skeletal muscle


title: In vivo human muscle [A242]

description: human skeletal muscle


title: In vivo human muscle [A245]

description: human skeletal muscle


title: In vivo human muscle [A230]

description: human skeletal muscle


title: In vivo human muscle [A233]

description: human skeletal muscle


title: In vivo human muscle [A218]

description: human skeletal muscle


title: In vivo human muscle [A221]

description: human skeletal muscle


title: In vivo human muscle [A209]

description: human skeletal muscle


title: In vivo human muscle [A212]

description: human skeletal muscle


title: In vivo human muscle [A197]

description: human skeletal muscle


title: In vivo human muscle [A170]

description: human skeletal muscle


title: In vivo human muscle [A224]

description: human skeletal muscle


title: In vivo human muscle [A215]

description: human skeletal muscle


title: In vivo human muscle [A179]

description: human skeletal muscle


title: In vivo human muscle [A188]

description: human skeletal muscle


title: In vivo human muscle [A200]

description: human skeletal muscle


title: In vivo human muscle [A185]

description: human skeletal muscle


title: In vivo human muscle [A206]

description: human skeletal muscle


title: In vivo human muscle [A227]

description: human skeletal muscle


title: In vivo human muscle [A158]

description: human skeletal muscle


title: In vivo human muscle [A182]

description: human skeletal muscle


title: In vivo human muscle [A161]

description: human skeletal muscle


title: In vivo human muscle [A167]

description: human skeletal muscle


title: In vivo human muscle [A152]

description: human skeletal muscle


title: In vivo human muscle [A155]

description: human skeletal muscle


title: In vivo human muscle [A122]

description: human skeletal muscle


title: In vivo human muscle [A125]

description: human skeletal muscle


title: In vivo human muscle [A119]

description: human skeletal muscle


title: In vivo human muscle [A113]

description: human skeletal muscle


title: In vivo human muscle [A95]

description: human skeletal muscle


title: In vivo human muscle [A191]

description: human skeletal muscle


title: In vivo human muscle [A80]

description: human skeletal muscle


title: In vivo human muscle [A101]

description: human skeletal muscle


title: In vivo human muscle [A89]

description: human skeletal muscle


title: In vivo human muscle [A86]

description: human skeletal muscle


title: In vivo human muscle [A131]

description: human skeletal muscle


title: In vivo human muscle [A71]

description: human skeletal muscle


title: In vivo human muscle [A65]

description: human skeletal muscle


title: In vivo human muscle [A236]

description: human skeletal muscle


title: In vivo human muscle [A29]

description: human skeletal muscle


title: In vivo human muscle [A59]

description: human skeletal muscle


title: In vivo human muscle [A62]

description: human skeletal muscle


title: In vivo human muscle [A77]

description: human skeletal muscle


title: In vivo human muscle [A83]

description: human skeletal muscle


title: In vivo human muscle [A47]

description: human skeletal muscle


title: In vivo human muscle [A35]

description: human skeletal muscle


title: In vivo human muscle [C597]

description: human skeletal muscle


title: In vivo human muscle [A23]

description: human skeletal muscle


title: In vivo human muscle [C588]

description: human skeletal muscle


title: In vivo human muscle [C594]

description: human skeletal muscle


title: In vivo human muscle [C567]

description: human skeletal muscle


title: In vivo human muscle [A38]

description: human skeletal muscle


title: In vivo human muscle [C579]

description: human skeletal muscle


title: In vivo human muscle [A2]

description: human skeletal muscle


title: In vivo human muscle [C591]

description: human skeletal muscle


title: In vivo human muscle [C564]

description: human skeletal muscle


title: In vivo human muscle [C585]

description: human skeletal muscle


title: In vivo human muscle [A50]

description: human skeletal muscle


title: In vivo human muscle [A17]

description: human skeletal muscle


title: In vivo human muscle [C531]

description: human skeletal muscle